AbstractThis study has been focused on the linear and nonlinear behavior and investigative in single-ring resonator. Optical fiber ring resonators have great interest due to different applications, especially in communication, secured communication, slow light, fast light and light storage in optical buffers. There are many proposed applications of optical ring resonators. Optical fiber ring resonators can be readily constructed from standard optical fiber components, which allow their properties to be studied in a systematic manner. In this paper, we describe our studies of the optical transmission, intensity, shift phase and group delay characteristics of a family of such devices. In this case, Gaussian beam has been used as an input pulse inside to microring resonators. In this paper, transmission, intensity, shift phase and group delay characteristics of device have been investigated. It has been compared together in different coupling coefficients in frame of linear and nonlinear. Manuscript profile

The communication security is set up by registration during the first belief
and get in touch between two human beings. The safety codes among them are
generated and the records are blocked by these protection codes if the end user is not the
required one. On the other hand, the unlocked records are transmitted if the required end
user is confirmed by the feedback brain signals via the comments mind indicators such
as telepathic hyperlink. The specified safety codes are emerged and the records are
transmitted. Furthermore, the quantum flip-flop alerts can also be generated by way of
the usage of a coherent mild source propagates within micro-optical tool. The Rabi
oscillation frequency can be set up to start/stop the transmission bits security. The
circulation of information may be securely transmitted inside the telepathic
communication. In this study by input Gaussian pulse into nano ring resonator (NRR),
coding signal as Manuscript profile